Shown above... Sony's brand new 65 inch XBR 4K Ultra High Definition LED TV
with Triluminous nano crystal display and High Dynamic Range $2299

Click Here to read about Sony's Brand New Ultra Affordable 40 and 48 in 1080p LED Smart TVs
Sony XBR65X850D 4K TV

1920 X 1080 = 2,073,000

3840 X 2160 = 8,294,400

hjaYour TV is Full HD 1080P. If you count the tiny pixels on one horizontal row there are 1920 pixels. From top to bottom there are 1080 rows, thus the name 1080p. Multiply 1920 by 1080, and it is 2,,073,600 pixels per video frame.
You’ve enjoyed Full HD 1080p, extreme detail, vivid color and overall outstanding picture Sony has been manufacturing High Definition TVs and cameras with over 1000 lines of resolution since 1984. In 2004, Sony introduced the world’s first consumer television display with Full HD when they developed the SXRD (Silicon Crystal Reflective Display). That first model was $30,000.
Movie Theater 4K SXRD. Sony engineers soon followed with SXRD chips that offered over 4000 pixels per row and 2000 rows and put them in video projectors designed for commercial movie theaters. There are over 15,000 movie theater that use Sony SXRD “4K” projectors.
In 2006, Sony introduced a LCD flatscreen called the Qualia 006. This was the world’s first plasma or LCD with 1080p. It was also the world’s LED TV. It used separate red, green and blue LEDs behind the LCD panel.

X-Reality™PRO XCA8. Television is not just an LCD panel. Quality cannot be judged by an exaggerated contrast ratio. The television is digital, and few companies have the experience and in house digital technology of Sony. Special circuits reduce video noise. Color enhancements improve color accuracy. The X-Reality PRO engine compares video with video and adjusts the picture the optimum pictures quality.
Sony’s new XCA8 version upscales HD to Ultra HD. This is a very sophisticated, Sony chip. By analyzing various video picture elements, not just color, but luminous and chrominance, signal to noise ratio etc, an outstanding higher resolution picture is generated. There are other 4K televisions, but no other manufacturer has the digital expertise and know how of Sony.

Dynamic LEDs with Frame Dimming. Unlike conventional florescent back lighting, LEDs light output can be changed almost instantly. Sony circuitry evaluates the picture, and increases the light output of the LEDs in bright scenes and lowers the LED light output in dark scenes. This is called Frame Dimming and is used in the X850 models.
Local Dimming. The Sony X900 and X950 use more advanced Local Dimming. This advanced technology adjusts the light output of the LEDs in different segments of the screen, independently of each other. The Sony state-of-the-art X950 combine Local Dimming with Full Array of LEDs behind the panel to create the brightest, highest contrast, most vivid picture available.
High Dynamic Range. Both the X900 and especially X950 offer a far greater dynamic range, from black to white than other TVs.
Opticontrast Panel. The Sony X900 and X950 use a special technology to increase black level, increase contrast, and actually sharpen the picture. Between the surface screen, which you can touch, and the actual LCD panel is inserted a special resin that has the same refractive properties of light. Each time light goes through a different substance, it can be distorted and bent. The Opticontrast panel absorbs outside ambient light and allows the light from the LEDs to pass straight through.
Magnetic Fluid Speaker. Sony engineers have developed a new technology speaker that allows far more realistic sound in a thin design perfectly mated to the flat panel. The XBR-X900 series have built-in 3 way speakers better than almost any soundbar.
Ultra HD Media Player. A new engineering standard has been agreed to for native 4K Blu-ray players and movies. Meanwhile, Sony introduced a Video Unlimited 4K video server. This $699 machine downloads native 4K movies to a hard drive that can be rented or purchased. Over 300 movies are available and more are added all the time.
SONY XBR85X950B 85 in SONY XBR65X950B 65 in SONY XBR55X950B 55 in
SONY XBRX79X900 79 in SONY XBRX65X900B 65 in SONY XBR55X900B 55 in
SONY XBR70X850B 70 in SONY XBR65X850B 65 in SONY XBR55X850B 55 in

PLEASE CALL FOR LATEST PRICES 504 834 5400

 


    Sony followed with a much thinner flat panel by using white LEDs along the perimeter. Virtually all LED TVs use this technology developed by Sony.    3,480 by 2160 = 8,294,400. Two million vs. Eight million!!! See pictures as sharp, detailed and real as the best digital projection movie theaters.
    3,480 by 2160 = 8,294,400. Two million vs. Eight million!!! Now you can see pictures as sharp, detailed and real as the best digital projection movie theaters, in your own home.
     First Sony developed 4K Cameras, and 4K digital storage devices that are now used to shoot original "film" in most motion pictures. We put film in quotes, because these cameras are 4K video cameras    . From the actual pick up chips inside the 4K cameras, the digital recording technology to the LCOS chips used in the SXRD projectors, Sony technology is involved in all levels in creating and reproducing 4K television. Now all TV makers have introduced 4K, Ultra HD TVs,
     The Sony VPLVW1000. $25,000. Sony created home use 4K or Ultra High Definition with the introduction of the VPLVW1000 4K front projector and $25,000 84 inch 4K flat panel LED TV. Sony developed upsampling circuitry ten years earlier, to sharpen and improve the movies and cable TV programs shown on these 4K televisions.
    Now all TV makers have introduced 4K, Ultra HD TVs, there are many choices, but  Sony has been involved with all aspects of UHD production and playback for ten years
 

   Triluminous. The new 4K Ultra TVs from Sony not only have over 8 million pixels, but actually are first commercially available product of any time to use quantum dot technology. Blue, not white, LEDs illuminate quantum dots which then create very accurate red, green or blue, the primary colors of light in a new manner which results in the ability to reproduce the full color spectrum that heretofore televisions with white LEDs are not able to reproduce. Triluminous is especially noticeable when you compare red, on a Sony. Triluminous is not just a fancy name, but an advanced technology other LED manufacturers do not have.

 

FOR 1080P VS 4K COMPARISON CLICK HERE

Sony 40 inch LED TV

    Your TV is  Full HD 1080P.  If you count the tiny pixels on one horizontal row there are 1920 pixels. From top to bottom there are 1080 rows, thus the name 1080p. Multiply 1920 by 1080, and it is 2,,073,600 pixels per video frame.
     You’ve enjoyed Full HD 1080p, extreme detail, vivid color and overall outstanding picture Sony has been manufacturing High Definition TVs and cameras with over 1000 lines of resolution since 1984. In 2004, Sony introduced the world’s first consumer digital  television display with Full HD.  That was a front projection  TV called the SXRD (Silicon Crystal Reflective Display). That first model was $30,000.
     Movie Theater SXRD 4K. Sony engineers soon followed with SXRD chips that offered over 4000 pixels per row and 2000 rows and put them in video projectors designed for commercial movie theaters. There are over 15,000 movie theater that use Sony SXRD “4K” projectors. Since there was no 4K movies, Sony developed upsampling circuitry for these commercial movie theater  projectors.
     First LED. First 1080P Panel. In 2006, Sony introduced a LCD flatscreen called the Qualia 006. This was the world’s first plasma or LCD with 1080p. It was also the world’s LED TV. It used separate red, green and blue LEDs behind the LCD panel.